This device is an organic combination of a solar tracking system and a photochemical reaction system, creating an experimental platform that utilizes outdoor sunlight to drive chemical reactions, significantly enhancing the utilization of solar energy.
This device provides an experimental setup for small-scale outdoor photoreactions in the laboratory and allows for sampling of products, gas separation, and measurement. It is mainly used for synthesis and catalytic gas production in outdoor photochemical reactions with flat-panel reactors.
● High transparency and high medium resistance of the reactor;
● Adjustable liquid layer thickness of the reactor;
● Automatic tracking device with outdoor sunlight control tracking;
● Integrated gas separation, sampling, and measurement.
| Solar Tracking Device | Size adapted to the photoreactor | Control Mode | Light-controlled automatic tracking and manual control |
| Tracking Device Load | ≤10 kg (adaptable) | ||
| Horizontal Operating Angle | 0 ~ 210° (factory setting, with the easternmost side as the reference, adjustable) | ||
| Vertical Operating Angle | 0 ~ 90° (factory setting, with perpendicular to the ground as the reference, adjustable) | ||
| Effective Area | 250 × 250 mm (optional) | Load Plate Material | Frosted Glass (optional) |
| Light Window Material | Ultra-white Glass (optional) | Reactor Liquid Layer Thickness | 1 ~ 3 mm |
| Reaction Pressure | Atmospheric pressure ~ 50 kPa | Glass Liquid Storage Bottle Effective Volume | Approximately 300 mL (adaptable) |
| Reaction Temperature | Room Temperature | Reaction Liquid Contact Materials | Glass, Fluoroplastic, Rubber, Stainless Steel, etc. |
| Rotameter Flow Range | 1 L/min (adaptable) | Material Delivery Flow Rate | Recommended above 100 mL/min |
| Gas Measurement Device Range | 1 ~ 200 mL (adaptable) | ||
